CMP
People
Dario
Alfè (Professor in Physics)
Solid state physics, quantum mechanics
modelling of materials, computational physics, Earth's core composition
and thermal structure. John Brodholt (Professor of Mineral Physics)
Geophysics and mineral Physics, particularly mantle materials
David
Dobson (Professor of Petrological, Mineralogical and
Crystallographical Geophysics)
High-pressure experiments on deep Earth minerals and rocks using
multi-anvil presses, diamond cells and a modified Paris-Edinburgh cell
for neutron diffraction.
Michael Ammann (NERC
PDRA)
Computer simulation on mantle materials
Dominic Fortes
(STFC Advanced Fellow)
Primary interests are in the field of Planetary Science and cover the
icy satellites of the Gas Giant planets, and their constituent condensed
volatile minerals (CVM's). All aspects of icy planet tectonics,
cryovolcanism, thermal history, and surface and atmospheric processes.
Naturally, this leads to an interest in the consequences of ice planet
geophysics and geology for subjects such as exobiology, particularly
where conditions allow for the existence of aqueous solutions, such as
appear to exist beneath the surfaces of Europa, Ganymede, Callisto, and
possibly Titan.
Peter Grindrod (STFC Aurora
Fellow)
Calculations and experiments to form thermal evolution models of the icy
moons: (1) low-temperature creep experiments on ice, and possible
contaminants, in order to better understand the important parameter of
viscosity, (2) derive relevant parameterised convection models of the
icy moons, which incorporate our numerical and experimental work, and
(3) use the numerical code Citcom to model convection in the icy moons
in 2-D and 3-D.
Simon Hunt
(NERC Fellow)
High-pressure rheology
Carolina
Lithgow-Bertelloni (Reader in Geophysics)
Mantle dynamics geared towards understanding the connection between the
dynamics of Earth's interior and their surface expression, including the
influence of dynamics on surface deformation and topography. Research
approaches to these questions include numerical simulations and
experimental fluid dynamics.
Oliver Lord
(NERC PDRA)
Experimental determination of the propeorties of iron-nickel alloys
Monica
Pozzo (Senior Research Fellow)
Ab initio calculations on material properties
David
Price (Professor of Mineral Physics)
A pioneer in computational mineral physics and its applicaitons to the
Earth's interior.
Benjami
Martorell Masip (NERC PDRA)
Computer simulations on iron-nickel alloys
Lars Stixrude
(Professor of Geophsyics)
The physics and chemistry at the atomic level controls geophysical and
planetary processes. Fields of interests include mineral physics,
geological liquids and fluids, condensed matter physics, high pressure
physics, planetary structure and evolution.
Lidunka Vočadlo
(Professor of Mineral Physics)
Ab initio simulation of the thermoelastic, melting and dynamic
properties of planetary forming materials; cryogenic-high T /high P
experiments on planetary-forming materials; ab initio simulation of the
high P/T properties of metals.
Ian Wood (Senior
Lecturer in Crystallography )
Crystallography, X-ray and Neutron Powder Diffraction, High Pressure and
High/Low Temperature Diffraction Experiments, Clay Minerals, Planetary
Ices